Early Career Structural Engineer

Join the Early Career Structural Engineer role at WSP in the U.S.

WSP is searching for an Early Career Structural Engineer to join our Power & Energy team in Houston, TX. The position may also be considered in Boise, ;
Atlanta, GA;
Hailey, ;
Mount Laurel, NJ;
Oradell, NJ; and Seattle, WA. The candidate will be involved in projects that support our Power & Energy Team and contribute to a growing organization that meets our clients’ objectives and solves their challenges.

WSP is a world‑leading professional services firm that brings expertise in power delivery, power generation, and project management. Our vision is to be the preeminent global consulting firm for the world’s energy transition.

• Assist in designing light foundations and structures for solar farms, battery energy storage facilities, and substation projects.
• Assist in designing heavy foundations and structures for large power generation projects: generators, turbines, transformers, pipe racks, gas compressors, metal building systems, and masonry walls/buildings.
• Assist in designing structural steel systems for buildings, platforms, equipment supports, etc.
• Coordinate design requirements with drafter/designers.
• Assist in preparing piping layout drawings, isometric sketches, and routing plans using CAD tools and/or Micro Station under supervision.
• Support development of preliminary piping designs and system concepts based on design criteria, site constraints, and equipment requirements.
• Conduct basic calculations for pipe sizing, flow rates, and pressure drops using established engineering formulas and tools.
• Participate in reviewing vendor catalogs and design specifications to select fittings, supports, valves, and piping materials.
• Assist in the preparation of bill of materials (BOM), quantity take‑offs, and technical notes.
• Support field verification tasks including gathering measurements, redlining drawings, and documenting existing site conditions.
• Coordinate with multidisciplinary teams to incorporate piping design into larger project frameworks including structural, civil, and mechanical inputs.
• Help maintain project documentation and revision control according to internal standards and client requirements.
• Participate in safety reviews, quality checks, and design reviews to build understanding of engineering processes.
• Attend project meetings and technical training sessions to gain exposure to project workflows and regulatory considerations.
• Ensure compliance with applicable codes, company standards, and safety guidelines during design development.
• Exercise responsible and ethical decision‑making regarding company funds, resources, and conduct, and adhere to WSP’s Code of Conduct and related policies and procedures.
• Perform additional responsibilities as required by business needs.

• Bachelor’s Degree in Structural or Civil Engineering, or a closely related discipline (or equivalent experience).
• 0 to 1 years of relevant post‑education experience in piping, mechanical, or infrastructure engineering.
• Basic knowledge of fluid flow principles, material properties, and pipe support design.
• Familiarity with technical drawings, piping symbols, and schematic representations.
• Proficiency in Microsoft Excel and Microsoft Word for basic calculations and documentation.
• Proficient self‑leadership with attention to detail, multi‑tasking, and prioritization of responsibilities in a dynamic work environment.
• Willingness to learn piping codes and standards such as ASME B31.3, B31.1, or API guidelines.
• Ability to follow engineering instructions, work under supervision, and contribute to collaborative team environments.
• Capability to interpret site plans and coordinate drawing content with other engineering disciplines.
• Understanding of basic workplace safety principles and field procedures.
• Willingness to participate in field visits, walk‑downs, and construction support when needed. Occasionally travel to clients and projects and sites to interface with clients, verify existing conditions, and monitor construction progress (5%‑10% travel).
• Capacity to learn and apply new engineering software and modeling tools.
• Flexibility to…